Celly and UMOE Advanced Composites AS announced the launch of an advanced H₂ transportation trailer, set to enter the U.S. market this year. The innovative trailer is engineered to deliver large volumes of H₂ safely and efficiently, addressing the growing demand for both static and transport of H₂ in North America.

This partnership with Celly and product launch into the U.S. market builds on the well-established success of UMOE, which has seen over six years of H₂ trailer operations in Europe. More than 10,000 successful drop-and-swaps, and a cumulative total of 200,000 + road miles traveled confirms the reliability of this storage and transportation design. These trailers have proven to be both reliable and cost-effective, offering a solution that dramatically reduces transportation costs compared to current market price points on a per kilogram basis. These benefits, combined with superior safety and durability, position this trailer as a game-changer in the U.S. H₂ market.

Key Product Features

• Available in 20', 30', and 40' containers with flexible capacities reaching up to 720 kg.
• Supports H₂ transportation and static storage at 350 bar pressure, maximizing efficiency and payload.
• Passed European safety tests, including burst, impact, and fire safety standards.
• Constructed with a Type 4 polymer liner wrapped and advanced fiber composite wrap, featuring lightweight, heat-resistant, non-corrosive and chemical-resistant properties.
• Enclosed modular design ensuring compliance with load and safety requirements, adaptable for different transportation infrastructures.

"We are excited to bring these cutting-edge H₂ trailers to the U.S., a crucial market in the transition to clean energy," said Austin Terry, Founder & CEO of Celly. "UMOE's technology has demonstrated its effectiveness in Europe, and we're confident it will transform H₂ transport and static storage across the U.S."

As the U.S. prepares to scale its H₂ infrastructure, this new H₂ trailer offers a timely and cost-effective solution that aligns with the nation's push toward sustainable energy and low-carbon fuels. The innovative design supports the expanding H₂ economy at a lower price per kilogram than current market options.